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Educational Psychology (Offered through the Department of Education.) |
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EPSY 3342 - Psychology of Education 3 3 0
The course focuses on theories of learning. This course may not be substituted for EPSY 3341. Under certain conditions, this course may count toward credit in the Panhandle Alternative Certification (PACE) program. For details, contact the PACE advisor before enrolling in the course.
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EPSY 3350 - Children with Special Needs 3 3 0
Overview of characteristics of children with special needs, including children with disabilities, gifted/talented and/or from culturally diverse backgrounds. Modifications and adaptations of programs to meet individual needs.
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EPSY 4095 - Problems in Education Psychology 1-3 0 0
Actual problems relating to education psychology. To be taken only after prearrangement with a faculty member and approval of department head. May be repeated once when topics vary for a maximum of six credit hours.
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EPSY 4341 - Educator Readiness and Performance 3 3 0
Prerequisite(s): EPSY 3341 and acceptance into the educator preparation program (EPP). Applying evidence-based pedagogical strategies for lesson planning, instruction, and assessment in preparation for educator certification.
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Electrical Engineering |
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EENG 2341 - Linear Integrated Circuits and Applications 3 3 0
Prerequisite(s): ENGR 1375 and ENGR 2350 . Introduction to Integrated Circuit fabrication techniques. Foundation for understanding the characteristics, and design for signal analysis using operational amplifiers. Students are introduced to applications of operational amplifier Integrated Circuits. Lessons on functional blocks of special Integrated Circuits such as Timers and Phase Locked Loops.
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EENG 2375 - Signals and Systems I 3 3 0
Prerequisite(s): ENGR 1375 . Introduction to continuous and discrete time signal and system analysis, linear systems, Fourier, and z-transforms.
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EENG 3305 - Digital Design Fundamentals 3 3 0
Prerequisite(s): ENGR 2350 . Number systems, conversion methods, binary and complement arithmetic, Boolean algebra, circuit minimization, ROMs, PLAs, flipflops, synchronous sequential circuits.
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EENG 3334 - Circuits II 3 3 0
Prerequisite(s): ENGR 1375 . Fundamental principles of ac circuits with emphasis on basic elements, circuit analysis, circuit theorems and laws, problem solving, and applications. Applications of major ac circuit configurations and theorems.
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EENG 3340 - Measurement and Instrumentation 3 3 0
Prerequisite(s): ENGR 2350 , EENG 2341 and EENG 3334 . Functional elements of an instrument, static and dynamic characteristics, errors in measurement, statistical evaluation of measurement data, standards and calibration, electrical and electronics instrumentation, storage and display devices, analog sensors and digital sensors, transducers and data acquisition devices.
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EENG 3341 - Electromagnetic Fields and Waves 3 3 0
Time varying electromagnetic fields, waves in homogenous and stratified media, transmission lines, waveguides and cavity resonators, radiation and antennas.
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EENG 3352 - Properties of Electronic Materials 3 3 0
Prerequisite(s): CHEM 1411 , MATH 3342 , PHYS 2425 . Schrodinger’s wave equation, potential barrier problems, bonds of crystals, the band theory of solids, semiconductors, p-n junctions, MOSFETs, bipolar transistors, other transistors, superconductor, dielectric, and magnetic properties.
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EENG 3354 - VLSI Design 3 3 0
Prerequisite(s): EENG 3305 . MOS transistor principles, combinational and sequential logic circuits, static and dynamic registers, synchronous and asynchronous design, designing arithmetic building blocks, implementation strategies on full and semi-custom design.
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EENG 3355 - Control Systems 3 3 0
Prerequisite(s): MATH 3311 , EENG 2375 . Basic elements of control systems, time and frequency response analysis, modes of feedback control, closed loop and open loop response, compensation of frequency response analysis, stability and compensator design, and state variable analysis.
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EENG 3360 - Electric Machines 3 2 2
Prerequisite(s): EENG 3334 . Magnetics and magnetically coupled circuits, electromechanical energy conversion. Transformers, rotating magnetic fields, DC machines, induction machines, synchronous machines, brushless DC machines and Stepper motors.
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EENG 3375 - Signals and Systems II 3 3 0
Prerequisite(s): EENG 2375 . Communication, signal processing, control systems, continuous, discrete transforms, sampling theorem, analog, digital modulation, filter design, signal processing applications, state space concepts.
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EENG 4097 - Electrical Engineering Research 1-3 1-3 0
Prerequisite(s): Instructor consent. Selected individual research topics in electrical engineering to accommodate more substantial research than can be encountered in normal course work. Variable credit up to 3 hours.
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EENG 4363 - Electrical Power Plants 3 3 0
Prerequisite(s): CHEM 1411 , MATH 3342 , PHYS 2426 . Generation of electric power using fossil, nuclear and renewable, including solar, geothermal, wind, hydroelectric, biomass, and ocean energy sources. Power plant thermal cycle analysis. Cogeneration and combined cycles. Economics, operations, and design of electric power stations. Energy storage.
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EENG 4370 - Power System Analysis 3 2 2
Prerequisite(s): EENG 3360 . Review of transmission line parameter calculation. Zero sequence impedance, symmetrical components for fault analysis, short circuit calculation, power flow analysis, power system stability, and power system control concepts.
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EENG 4371 - Electric Power Devices 3 3 0
Prerequisite(s): EENG 4370 . Analyze devices used for short circuit protection, including circuit breakers, relays, and current and voltage transduces. Protection against switching and lightning over voltages. Insulation coordination.
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EENG 4372 - Power Electronics and Power Management 3 3 0
Prerequisite(s): EENG 2341 , EENG 3340 , and EENG 3355 . Principles of switch mode power conversion, analysis, design and control of dc-dc converters, pWM rectifiers and inverters, power management, power electronics applications in information technology, renewable energy systems, motion control and lighting.
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EENG 4373 - Electric Drives
3 3 0
Prerequisite(s): EENG 3360 , MATH 3342 and EENG 4372 . Operating principles and modeling of different types of electric machines including DC, brushless DC, induction, permanent magnet and conventional synchronous machines; control aspects of these machines within modern electric drives for applications such as industry automation, energy conservation through variable speed drives, wind generators and electric vehicles.
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EENG 4374 - Electrical and Electronics Circuits Design 3 3 0
Prerequisite(s): EENG 4373 , EENG 4372 , EENG 3360 , EENG 3334 , EENG 2341 . Design, simulation and implication of electrical and electronic circuits for different applications. Emphasis is on designing circuits, using appropriate components, and use of controllers.
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EENG 4380 - Senior Design 3 2 2
Prerequisite(s): Senior status, EENG 4374 and instructor consent. Capstone senior project. A project will be selected by the student to work as part of a student team, subject to faculty approval. The project will integrate theory and application of the engineering curriculum and incorporate all aspects of the design/simulation/research process. Final oral and written reports are required. Capstone course intended to be taken in the final semester.
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EENG 4392 - Special Topics in Electrical Engineering 3 3 0
Prerequisite(s): Instructor consent. Current topics or topics of special interest to electrical engineering. May be repeated when topics vary for a maximum of six credit hours.
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Elementary Education |
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EDEL 3374 - Social Sciences for Teachers 3 3 0
Investigation of the social sciences components for K-8 education. Strands of study will include Texas and U.S. history, geography, economics, government, citizenship, cultural diversity, and behavioral sciences.
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EDEL 4095 - Problems in Elementary Education 1-3 0 0
Actual problems relating to elementary education. To be taken only after prearrangements with a faculty member and approval of department head. May be repeated once when topics vary for a maximum of six credit hours.
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EDEL 4340 - Student Teaching-Elementary 3 0 0
Prerequisite(s): professional education courses required prior to clinical teaching semester; admission and retention in Educator Preparation Program; required grade point averages. Candidates are required to enroll in a minimum of two clinical-teaching courses for a minimum required credit of six semester hours. Candidates will successfully complete six weeks of clinical teaching at the elementary level. Successful completion will be noted on the candidates’s transcript by a grade of “S,” indicating three semester hours credit with no grade points.
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EDEL 4341 - Clinical Teaching-Elementary 3 0 0
Prerequisite(s): professional education courses required prior to clinical teaching semester; admission and retention in Educator Preparation Program; required grade point averages. Candidates are required to enroll in a minimum of two clinical-teaching courses for a minimum required credit of six semester hours. Candidates will successfully complete six weeks of clinical teaching at the elementary level. Successful completion will be noted on the candidate’s transcript by a grade of “S,” indicating three semester hours credit with no grade points.
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EDEL 4370 - Language Arts Methods 3 3 0
Prerequisite(s): EPSY 3341 and full admission into Teacher Education Program. Investigation of language arts curriculum in elementary and middle school with emphasis on content and methodology in areas of reading, listening, speaking, writing, viewing and visual representation. Appropriate technology integration and strategies for English Language Learners within language arts. Field experiences required.
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EDEL 4371 - Educational Methodology 3 3 0
Prerequisite(s): EPSY 3341 . Develop and integrate curriculum standards, materials, resources, and instructional strategies for today’s classrooms. Field experiences required.
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EDEL 4372 - Teaching Writing 3 3 0
Building a foundation of writing pedagogy by exploring how to teach the modes and genres of writing, evaluating the process of written expression, and modeling the application of the writing process.
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EDEL 4373 - Elementary/Middle School Mathematics and Science 3 3 0
Prerequisite(s): EPSY 3341 , full admission to Teacher Education Program, must qualify for teacher aide exemption program. Investigation of mathematics and science curriculum in elementary and middle school with emphasis on content and methodology, including appropriate technology integration and emphasis on strategies for English Language Learners.
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EDEL 4374 - Social Sciences Methods 3 3 0
Prerequisite(s): EPSY 3341 and full admission into Teacher Education Program. Investigation of the social studies component of elementary and middle school curriculum. Major areas of study include content and development of curricula, methods and resources used in planning and presentation of classroom experiences, including strategies for English Language Learners. Field experiences required.
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EDEL 4381 - STEM Teaching and Learning 3 3 0
Prerequisite(s): EPSY 3341 , MATH 1350 and MATH 1351 . Investigate the knowledge and skills for teaching and learning within science, technology, engineering, and mathematics (STEM) curriculum for elementary and middle school students, with an emphasis on integrative, constructive, hands-on inquiry methods, authentic assessment, and national and state standards.
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EDEL 4382 - Instructional Delivery for Elementary English Language Arts and Social Studies 3 3 0
Theories and practices of teaching elementary and middle school English language arts and social studies. This course may not be substituted for EDEL 4372 . Under certain conditions, this course may count toward credit in the Panhandle Alternative Certification (PACE) program. For details, contact the PACE advisor before enrolling in the course.
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EDEL 4383 - Instructional Delivery for Mathematics and Science 3 3 0
Course focuses on theories and practices of teaching elementary and middle school mathematics and science. This course may not be substituted for EDEL 4371 , EDEL 4373 , or EDEL 4381 . Under certain conditions, this course may count toward credit in the Panhandle Alternative Certification (PACE) program. For details, contact the PACE advisor before enrolling in the course.
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Emergency Management Administration |
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EMA 3310 - Introduction to Emergency Management 3 3 0
Introduction of the basic principles, stakeholders, research, and practical issues associated with risk, emergency, and incident management. Students will gain a comprehensive understanding of the key terms, current challenges, and practical solutions.
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EMA 4307 - Municipal Government Cross-listed with . 3 3 0
Organization, legal aspects, functions and administration of the American municipality; relationship of the city to other units of government; current problems of city governments. EMA majors only.
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EMA 4331 - Administrative Law Cross-listed with . 3 3 0
Purposes and nature of legal controls over governmental administration; rights, duties and liabilities of administrative officials legal remedies for administrative acts; administrative jurisdiction; conclusiveness of administrative acts. EMA majors only.
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EMA 4348 - Ethics and the Justice and EMA Systems Cross-listed with CRIJ 4348 and POSC 4348 . 3 3 0
Introduction to concepts of ethics and examination of contemporary ethical issues in criminal justice and emergency management. EMA majors only.
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EMA 4349 - Emergency Management and Social Vulnerability 3 3 0
This course is an introduction to the sociological examination of emergency management. In the course, students will learn about vulnerability regarding social, economic, political, geographical and cultural factors. Students will investigate how vulnerable groups are affected and cope before, during and after hazardous events.
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EMA 4350 - Directed Research Cross-listed with POSC 4350 . 3 3 0
Prerequisite(s): consent of instructor or EMA program academic adviser. This capstone course brings learning experiences in the program together to address real-life issues and problems through a major research project. Students select from predefined topical issues, submit a plan for completing the project and present the final project to a directed study committee. EMA majors only.
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EMA 4351 - Nonprofit Administration and Management Cross-listed with POSC 4351 . 3 3 0
This course is an introduction to the theory and practice of effective management of nonprofit organizations, with an emphasis on practical application. EMA majors only.
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EMA 4353 - Public Administration Cross-listed with POSC 4353 and CRIJ 4353 . 3 3 0
Development and role of administration in the governmental process; principles and problems of administrative organization and coordination; financial and personnel management; problems of administrative control and responsibility. EMA majors only.
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EMA 4354 - Public Personnel Administration Cross-listed with POSC 4354 and CRIJ 4354 . 3 3 0
Development and role of public service; basic principles, practices and problems in public personnel administration. EMA majors only.
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EMA 4355 - Public Financial Administration Cross-listed with POSC 4355 and CRIJ 4355 . 3 3 0
Budgeting problems and internal fiscal practices in American government. Problems of administrative organizations in fiscal activities. EMA majors only.
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EMA 4356 - Principles of Emergency Management Cross-listed with CRIJ 4356 and POSC 4356 . 3 3 0
Prerequisite(s): , . Devastation caused by hurricanes, floods and wildfires highlights the need for highly trained professionals who can develop effective strategies in response to these disasters. Principles of emergency management will cover social and environmental processes that generate hazards. Will include vulnerability analysis, hazard mitigation, emergency response and disaster recovery. EMA majors only.
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EMA 4359 - Organizational Theory in the Public Sector Cross-listed with POSC 4359 . 3 3 0
Prerequisite(s): , . Interaction of individuals and groups in government organizations. Topics include individual behavior in organizations, group dynamics, communication in the working environment and concepts of motivations. EMA majors only.
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EMA 4361 - Principles of Leadership 3 3 0
Utilizing case studies, theory, and real-world examples this course focuses on personal, group, organizational, community, and institutional theories of leadership and management.
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EMA 4392 - Topics in Public Administration and Emergency Management 3 3 0
This course offers a study in selected areas of Emergency Management, Public Policy, and Public Administration. May be repeated when topics vary for a maximum of 6 credit hours.
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Engineering |
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ENGR 1171 - Engineering Ethics 1 1 0
Prerequisite(s): ENGR 1301 . Professional ethics, continuing education and licensure, social and environmental responsibilities of engineers. Role of communication, considerations of risk, safety, and liability in engineering design and practice.
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 ENGR 1301 - Fundamentals of Engineering (HAZ) 3 1 2
Prerequisite(s): MATH 1314 . Comprehensive study of fundamental engineering concepts, principles. Systematic approach to problem solving.
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ENGR 1304 - Engineering Graphics 3 2 2
Fundamentals of engineering graphics using computer aided drafting and design.
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ENGR 1375 - Principles of DC and AC Circuits (HAZ) 3 2 2
Prerequisite(s): MATH 1314 . Principles of DC and AC circuits. Test and measurement of electric circuits and components.
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ENGR 2101 - Engineering in the Community Cross-listed with CS 2101 and MATH 2101 . 1 1 0
Prerequisite(s): Enrollment in any engineering program. Application of engineering knowledge and practice to help those in need around the world. May be repeated for a maximum of three credit hours.
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ENGR 2301 - Engineering Statics 3 3 0
Prerequisite(s): ENGR 1301 , MATH 2413 Bodies in equilibrium, including Newtonian mechanics, gravitational forces, reference systems.
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ENGR 2302 - Engineering Dynamics 3 3 0
Prerequisite(s): ENGR 2301 , MATH 2414 . Theory and principles of rigid body kinematics, including forces, acceleration, work and energy, and impulse and momentum, in rectilinear and curvilinear systems.
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ENGR 2312 - Fundamentals of Engineering Economy and Resource Management 3 3 0
Prerequisite(s): or or or higher. Introduction to concepts of economic analysis applied to projects. Includes cost and design comparison, time value of money, comparison of alternatives, depreciation and tax implications, and uncertainty, replacement analysis and capital financing. Introduction to resource management including organization, lines of responsibility, Gantt Charts, milestones, and critical path methods.
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ENGR 2332 - Mechanics of Materials I 3 3 0
Prerequisite(s): ENGR 2301 and MATH 2414 . Applications of conservation principles and stress, strain (2- D/deformation relationships for continuous media to structural members; axially loaded members; thin-walled pressure vessels; torsional and flexural members; shear; moment; deflection of members; combined loadings; Mohr’s Circle (2-0); stability of columns; nonsymmetrical bending; shear center; indeterminate members. Students will be taught to use custom-made software to solve beam bending and deflection problems.
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ENGR 2350 - Introduction of Electronic Devices and Circuits 3 2 2
Prerequisite(s): ENGR 1375 . Fundamental knowledge of materials and device structures for applications in analog and digital electronics; characteristics and basic circuits for diodes, field-effect transistors, bipolar junction transistors, and operational amplifiers.
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ENGR 2372 - Special Topics in Engineering 3 3 0
Current topics or topics of special interest in engineering. May be repeated when topics vary for a maximum of six credit hours.
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ENGR 3202 - Fundamentals of Engineering Economics 2 2 0
Prerequisite(s): MATH 1314 or MATH 1316 or MATH 1324 or MATH 2412 or MATH 2413 . Introduction to concepts of economic analysis applied to engineering problems. Topics include cost and design comparison, time value of money, comparison of alternatives, depreciation and tax implications, economic evaluation of projects, risk and uncertainty, replacement analysis and capital financing.
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ENGR 3305 - Modern Engineering Tools 3 2 2
Prerequisite(s): ENGR 1304 , ENGR 2301 . Current software applications used in engineering professions. Tools will cover structural mechanics, fluid mechanics, heat transfer and solid modeling. Software may vary with current industrial technology.
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ENGR 4301 - Solar Engineering 3 3 0
Prerequisite(s): PHYS 3303 or ET 3303 or ET 4350 . Design and analysis of solar technologies as applied to engineering systems.
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ENGR 4302 - Wind Turbine Engineering 3 3 0
Prerequisite(s): ENGR 1301 and ENGR 1375 , MATH 2413 . Wind turbine engineering design; aerodynamic and performance modeling, structural dynamics, system engineering.
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ENGR 4311 - Green Building Design 3 3 0
Prerequisite(s): ENGR 1301 , ENGR 1375 , MATH 2413 . Application of energy balance, fluid flow concepts and materials behavior to the design of green buildings. Emphasis on energy efficiency, natural ventilation, water efficiency and materials efficiency.
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Engineering Technology |
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ET 2371 - Materials and Fabrication/Metals and Ceramics (HAZ) 3 2 2
Prerequisite(s): . Properties and fabrication of ferrous and non-ferrous metals and ceramics used in manufacturing.
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ET 2372 - Materials and Fabrication/Plastics and Composites (HAZ) 3 2 2
Prerequisite(s): . Properties and fabrication of plastics and composites used in manufacturing.
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ET 2375 - Electronic Devices and Circuits (HAZ) 3 2 2
Prerequisite(s): ENGR 1375 . Theory, operation and characteristics of semiconductor devices and circuits, including diodes, bipolar transistors, field effect transistors and commonly used integrated circuits.
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ET 3301 - Fundamentals of Manufacturing Technology 3 3 0
Prerequisite(s): ET 2371 . Overview of current technologies used in manufacturing automation systems and production planning and control; FMS, robotics, CNC, CAD/CAM/CIM, PCs, machine vision, lasers, JIT, bar coding, voice activation of computers. Content includes the impact of these technologies on first-line employee supervision with emphasis on personality development and interaction for increased productivity.
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ET 3302 - Wind Energy and Wind Turbines Cross-listed with PHYS 3302 . 3 3 0
Introduction to wind characteristics, wind turbine types, design of wind turbines, experimental results and economics.
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ET 3303 - Solar Energy: Residence and Rural Systems Cross-listed with PHYS 3303 . 3 3 0
Alternative energy (solar, wind, biomass) for residence and rural application.
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ET 3315 - Digital Electronics (HAZ) 3 2 2
Prerequisite(s): ET 2375 . Modern integrated circuit logic families. Implementation of digital circuits using integrated circuit devices.
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ET 3330 - Fluid Power/Power Transmission (HAZ) 3 2 2
Prerequisite(s): ENGR 1301 . Fluid mechanics and mechanical transmission applications.
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ET 3350 - Fundamentals of Flight 3 3 0
Aircraft systems and instruments, meteorology, communications and navigation. Completion of this course prepares a person to take the FAA written exam for a private pilot license.
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ET 3360 - Plant Design and Layout 3 3 0
Prerequisite(s): ENGR 1304 . Locating, designing and laying out manufacturing facilities.
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ET 4301 - Machining Fundamentals (HAZ) 3 2 2
Prerequisite(s): ET 2371 . Foundry and machining applications as they apply to the manufacturing of metal products.
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ET 4311 - Industrial Design and Ergonomics 3 3 0
Prerequisite(s): ENGR 1304 . Applying design and ergonomic principles in the production, marketing and operation of industrial equipment and consumer products.
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ET 4314 - Industrial Quality Assurance 3 3 0
Quality control management function involving detection and elimination of conditions that cause poor quality and analysis and refinements of systems.
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ET 4325 - Computer-Aided Drafting and Design 3 2 2
Prerequisite(s): ENGR 1304 or consent of instructor. Use of industrial CAD programs as a tool in the design process; includes 3-D modeling.
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ET 4330 - Numerical Control and Computer-Aided Manufacturing 3 2 2
Prerequisite(s): ET 3301 . Includes basic concepts in computer-aided manufacturing with emphasis on a system approach to manufacturing activities; use of numerical control machine tools and other computer-based software as applied to different industries, including robotics.
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ET 4340 - Principles of Industrial Distribution 3 3 0
Principles, organization, strategies and methods of industrial distribution. Emphasis on specific marketing techniques of industrial products and required engineering principles.
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ET 4350 - Renewable Energy 3 3 0
Survey of renewable energy systems; solar, wind, geothermal, bioenergy, micro and mini hydro, and ocean plus institutional and economic aspects.
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ET 4351 - Bioenergy 3 3 0
General course for information: teachers, general knowledge for policy makers, those interested in new field of renewable energy and general knowledge that will enable the student to train users of bioenergy.
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ET 4352 - Geothermal Energy 3 3 0
Introductory course on the field of geothermal energy, which includes general knowledge for policy makers, those interested in geothermal energy and a general knowledge that will enable students to train users of geothermal energy.
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ET 4370 - Industrial Safety and Accident Prevention 3 3 0
Fundamentals, accidents and their application to industrial supervision and management. Causes of accidents, prevention of industrial accidents, qualifications and duties of safety consultants. Recognition and elimination of health hazards, machinery, guards, in-plant traffic, materials handling, emergency treatment and preparation of safety reports.
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ET 4380 - Design Implementation 3 0 0
Prerequisite(s): senior standing. A special interest project will be selected and developed through the necessary design/research steps to completion. An oral presentation before a faculty committee will be required to finalize the course.
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ET 4395 - Research and Problems 3 0 0
Selected individual research or problem in engineering technology. Completion of a more extensive research or problem than encountered in normal class work. May be repeated when topics vary for a maximum of six credit hours.
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ET 4398 - Industrial Internship 3 0 0
Supervised industrial work experience related to student’s educational objectives. May be repeated when topics vary for a maximum of six credit hours.
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English (Offered through the Department of English, Philosophy and Modern Languages.) |
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ENGL 0010 - College Reading/Writing Review 0 0 0
Prerequisite(s): TSI affected in reading and/or writing. May require co-enrollment in credit-bearing course. A non-course competency-based option for review of reading/writing skills and higher order thinking skills necessary for college readiness. Graded Pass/Fail. [Complies with House Bill 2223 that requires the integration of reading and writing at the exit level.] Course fee: $150.
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ENGL 0302 - Introduction to Critical Reading and Writing 1,3 1,3 0
Introduction to critical reading and writing as interdependent practices. Prepares students for academic writing by reading closely, analyzing texts and developing and revising a range of compositions. Fulfills TSI requirements for reading and/or writing. May not fulfill baccalaureate degree requirements.
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ENGL 1101 - Introduction to Literature and Language 1 1 0
Intensive introduction to some specific aspect of either literature and/or language studies. Focus will vary by offering. Possible topics range from canonical literary masterpieces to aspects of contemporary culture. May be repeated for credit when topics vary with no maximum credit hours. Cannot count for English BA requirement.
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ENGL 1102 - Fundamentals of College Writing 1 1 0
Provides students with the fundamentals of college writing to supplement common core writing requirements or to prepare students for writing in various college programs. Will focus on a unique topic each term. May be repeated three times for credit with different course focus. Cannot count for English B.A. Cannot substitute for ENGL 1301 , ENGL 1302 , or ENGL 2311 .
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ENGL 1301 - Introduction to Academic Writing and Argumentation 3 3 0
Introduction to academic writing, rhetoric, rhetorical grammar, critical reading, plagiarism, academic integrity and the writing process.
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ENGL 1302 - Academic Writing and Research 3 3 0
Prerequisite(s): ENGL 1301 . Course builds on topics introduced in WTAMU’s ENGL 1301 -fundamentals of rhetoric, rhetorical grammar, plagiarism and academic integrity-and explores claim types, the research process and documentation.
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ENGL 2311 - Introduction to Professional and Technical Communication 3 3 0
Prerequisite(s): ENGL 1301 . Introduction to rhetorical techniques associated with workplace correspondence. Students prepare materials in the general areas of correspondence, short reports, instructions and descriptions.
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ENGL 2321 - British Literature 3 3 0
Prerequisite(s): . Selected significant works of British literature arranged around a common theme. May be repeated once when topics vary for a maximum of six credit hours.
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ENGL 2326 - American Literature 3 3 0
Prerequisite(s): . Selected significant works of American literature arranged around a common theme(s), period or culture. May be repeated once when topics vary for a maximum of six credit hours.
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ENGL 2331 - World Literature 3 3 0
Prerequisite(s): . Selected significant works of world literature arranged around a common theme. May be repeated once when topics vary for a maximum of six credit hours.
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ENGL 2341 - Introduction to Literature 3 3 0
Prerequisite(s): . Reading and discussion of representative works from major genres with the aim of providing competence in critical reading and analysis, knowledge of formal characteristics and appreciation of literary texts. May be repeated once when topics vary for a maximum of six credit hours.
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